Journey to Alien Worlds. See the Cosmos Through New Eyes.

An immersive astronomy experience that brings real exoplanets to life through cinematic world-building, scientific insight, and awe-inspiring cosmic storytelling.

Title screen for STRANGE WORLDS, a VR exploration of exoplanets in the Milky Way, showing a planet with a ring system in space.

About Strange Worlds

An Immersive Expedition Across Real Exoplanets

Strange Worlds transports visitors to real exoplanets discovered by astronomers — places where molten rain falls from crimson skies, oceans boil beneath toxic atmospheres, and twin suns cast shifting shadows across alien terrain.

Using 360° cinematography, scientific visualization, and narrative guidance, the film explores how astronomers detect distant worlds and what these discoveries reveal about the diversity of planetary environments.

The story connects visitors to:

  • planetary science and exoplanet detection

  • extreme cosmic environments

  • how scientists infer atmospheric and geological conditions

  • big questions about habitability and the search for life

Educational Themes and Interpretation

Illustration of a telescope on the roof and overlapping arcs in orange.
Neon orange outline icon of astronaut, wearing a face mask against a black background

Visitors learn how telescopes detect worlds beyond our solar system through transit methods, spectroscopy, and stellar observation.

Exoplanet Discovery

Extreme Planetary Environments

Minimalist orange outline of a planet with rings and three smaller surrounding circles on a black background.

The film visualizes superheated surfaces, volatile atmospheres, and unpredictable weather systems based on real scientific data.

Habitability and Cosmic Context

By comparing exoplanets to Earth, the experience invites reflection on what makes a planet capable of supporting life.

Scientific Advisors & Contributors

Astronomy Expertise and Research Partners

Strange Worlds was developed with input from astronomy researchers specializing in exoplanet detection, atmospheric modeling, and planetary habitability.

Their insight ensures scientific accuracy while maintaining accessibility for general audiences.

View from inside a spacecraft window showing Earth as seen from space, with sunlight illuminating part of the planet and stars in the background.

What Visitors Will Experience

An orange minimalist line drawing of a smiling planet with rings, surrounded by smaller planets and celestial objects, on a black background.

Immersive Cosmic Landscapes

Icon of a person wearing VR goggles with wireless signals emanating from the head, indicating virtual reality and wireless connectivity.

Travel across a sequence of real exoplanets visualized through scientific modeling and cinematic artistry.

Outline of a human head with a light bulb inside and radiating lines, symbolizing ideas or creativity.

Sonic world-building enhances the emotional and educational impact.

Spatial Soundscapes

Orange outline of a video player icon with a play button in the center on a black background.

Data-driven environments help visitors understand how scientists interpret distant worlds.

Scientific Visualization

Guided storytelling makes complex astronomy approachable and engaging.

Narrative Exploration

Presented Through the ALICE Theater

A Shared Immersive Experience Designed for Museums

Strange Worlds is delivered through Hammer & Anvil’s ALICE theater—a seated, fully accessible shared immersive space that synchronizes the film across multiple headsets with spatial audio.

ALICE provides museums with:

  • wheelchair-friendly layouts

  • seated viewing for all mobility levels

  • smooth visuals for visitor comfort

  • synchronized group storytelling

  • minimal daily staffing

Group of diverse people wearing VR headsets in a dark room, sitting in a row, engaged in a virtual reality experience.

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